The anti-flood pumping eco-station
Last modified by the author on 14/06/2019 - 17:08
- Year of commitment : 2019
- Address 1 - street : RUE LéON GEOFFROY, France
- CO2 Impact : Reduction of the CO2 impact for the above-ground part (eco-designed building, recyclable materials, low maintenance and maintenance) and 212m² of green roofing capturing CO2 from the air.
- Digital services : Other
- Sustainable mobility : Engineering structures
- Water cycle : Containment, Other, Prevention, Protection
- Circular economy and waste management : Eco-Design, Industrial Ecology, Optimization of ressources
- Biodiversity & Ecosystems : / Green roof, Environment education /
- HQE Infrastructures
- Label/Certification :
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14 500 000 €
- Builder
MODERN BUILDING CONSTRUCTION, RAZEL BEC, BACHY SOLETANCHE, SEFI-INTRAFOR, SADE, SATELEC, SORECOB CONSTRUCTION - Manager / Dealer
Department of Val-de-Marne
The Seine's anti-flood pumping station, an invisible giant The Vitry-Sur-Seine anti-flood pumping station is a sustainable infrastructure located in an urban context marked with railways in the East, North, the future SMI (Infrastructure Maintenance Site managed by the SNCF), South A86 overlooking the field and the West, an industrial area. It is the southern end of the Eco-district Gare des Ardoines, on the edge of Léon Geffroy street. This architectural and landscaping project is a strong link between the buried civil engineering works allowing the anti-flood pumping of the Seine and the urban district in full renewal. Sign of a green mesh in the landscape, it recreates biodiversity and synergy with the surrounding ubiquitous flows.
Progress Status
Delivered
Data Reliability
Self-declared
Funding Type
Public
Website Enterprise / Infrastructure
https://www.vitry94.fr/actualites/fiche/ardoines-station-de-pompage-anticrue/?cHash=b362acf03269e4a183eea2a5deede206Sustainable Development
- Target 8 and 9: hygrothermal comfort and acoustic comfort
- Target 10: visual comfort
- The use of biodegradable and recyclable facade materials such as aluminum and wood fiber.
- The vision of a green space allowed by its green roof.
- The integration of the building into the overall project of the Eco-district Ardoines station as a green island.
- The limitation of the nuisances generated by the operation of the site for the residents: optimization of the interfaces.
- The restoration of biodiversity thanks to green roofs and planter boxes. The planted aromatics and sedum favor the arrival of insects and birds such as bees, butterflies and beetles.
Testimony / Feedback
Governance
Department of Val-de-Marne
Local Authority
MODERN BUILDING CONSTRUCTION, RAZEL BEC, BACHY SOLETANCHE, SEFI-INTRAFOR, SADE, SATELEC, SORECOB CONSTRUCTION
Construction Industry
Department of Val-de-Marne
Public
The infrastructure of the Vitry-sur-Seine flood pumping station is a public project following a call for tenders launched by the Val-de-Marne department. The Mastery of Technical Work as well as the Owner were both carried out by the department of Val-de-Marne. The architecture of the aboveground building was provided by AR ARCHITECTES in connection with the Val de Marne department, technical master builder and client. This is a project funded 100% by the Department.
The project was carried out in accordance with the design of the technical works by the Val de Marne department, which provided technical project management. Consultative meetings took place during the design phases between the Val de Marne / AR ARCHITECTES department with the Eco-district des Ardoines developer, the Grand Paris company and the EPA ORSA Project Manager of the district, the city of Vitry sur Seine. Consultative meetings were also held with the architect Barani and technical design office such as ARTELIA, designer of the future building of the SMI (Infrastructure Maintenance Site) located on the same plot, on behalf of the SNCF. The project has been accepted by all the stakeholders through the architecture of its technical building that is both simple and unique, the only element above ground of this anti-flood pumping station of the Seine, resonating in the city. as a symbol of the return of the water resource to the natural environment.
Sustainable Solutions
- Low-carbon materials/ infrastructure
ECOVEGETAL SUCCULIS
ECOVEGETAL SUCCULIS is a green roof, it is a creeping and resistant extensive vegetation. SUCCULIS is used for its light weight and low maintenance. The plant cover of the SUCCULIS system consists of different Sedum whose foliage color changes during the seasons. The hue can vary from green to red and the flowers are usually yellow, white, red and pink. It is an ecological protection which advantageously replaces the layer of gravel.
- Security
- Infrastructure
Renewal of building air and buried infrastructure
The anti-flood pumping station in Vitry-sur-Seine benefits from static ventilation of the operating building and the underground part of the infrastructure.
Mechanical ventilation with a heating coil is also used to maintain an indoor temperature above the dew point to avoid condensation on cold surfaces. The implementation of an external insulation and greening of the roof must allow to reduce the electrical consumptions to maintain this temperature above the dew point is 14 ° C.
- Low-carbon materials/ infrastructure
ISOLOR
Isolair panels are insulating panels based on wood fibers manufactured using the "dry process" process. Particularly resistant due to their high densities, Isolair panels serve as both thermo-acoustic insulation but also rigid under-roofing and rainwalls behind a ventilated facade with closed joints. Their large opening to vapor diffusion gives the rigid panels a high permeability to water vapor. The Isolair range allows you to enjoy all the benefits of high-performance wood fiber insulation.
Photo credit
AR ARCHITECTS
Reasons for participating in the competition(s)
- An ambitious infrastructure project in the vast territory of Greater Paris in full swing;
- Treatment of rainwater from the city of Vitry-Sur-Seine, and its gradual return to the natural environment, the Seine;
- A major infrastructure project in occupied, dense and urban areas.